Compressor Air Cooler

Core Components & Materials

◆ Fin Material: Ultra - thin aluminum fins (0.12mm thickness). These fins offer a lightweight design (40% lighter than steel alternatives) while maintaining durability, and they contribute to high - speed heat transfer.

◆ Tube Material: Smooth - bore copper tubes. They create minimal thermal resistance, working with the aluminum fins to achieve a high heat transfer coefficient of 850 W/m²·K.

◆ Bonding: Robotic brazing joins fins to tubes during production, ensuring uniform bond strength and reliable heat transfer performance.

Performance Parameters

◆ Heat Transfer Coefficient: Achieves a heat transfer coefficient of 850 W/m²·K, enabling rapid heat transfer and efficient cooling.

◆ Airflow Rate: The unit's high - velocity fans push air at 3000 m³/h, allowing it to quickly cool industrial machinery or commercial refrigeration units.

◆ Weight Advantage: Lightweight construction (40% lighter than steel alternatives) eases installation, especially in rooftop HVAC systems.

Structural Design & Efficiency

◆ Innovative Fin Structure: Ultra - thin aluminum fins with an optimized design enhance heat dissipation efficiency. This design allows for effective heat transfer even in high - demand cooling scenarios.

◆ Robotic Brazing: Ensures uniform bond strength between fins and tubes, minimizing thermal resistance and maximizing the overall heat transfer performance of the air cooler.

Application Scenarios
Ideal for use in:

◆ Commercial HVAC Systems: Provides consistent cooling performance, reducing energy consumption while maintaining a comfortable indoor environment for office buildings, shopping malls, etc.

◆ Industrial Cooling: Can quickly cool industrial machinery or be used in commercial refrigeration units, thanks to its high airflow rate and efficient heat transfer.

◆ Rooftop HVAC Installations: The lightweight construction (40% lighter than steel) makes it easy to install in rooftop systems, reducing installation time and labor costs.

Key Advantages

◆ High - Speed Heat Transfer: Innovative design with ultra - thin aluminum fins and smooth - bore copper tubes achieves a high heat transfer coefficient of 850 W/m²·K, enabling rapid heat dissipation.

◆ Lightweight & Durable: Aluminum fins offer a lightweight (40% lighter than steel) yet durable solution, facilitating easy installation in various HVAC setups, especially rooftop systems.

◆ Energy - Efficient: Optimized fin structure and efficient heat transfer reduce energy consumption, making it cost - effective for long - term operation in commercial and industrial applications.

◆ Reliable Bonding: Robotic brazing ensures uniform bond strength between fins and tubes, ensuring consistent performance and long - term reliability.

Technical Compliance

◆ Complies with industry standards for HVAC and industrial cooling equipment. The use of aluminum fins, copper tubes, and robotic brazing meets requirements for heat transfer efficiency, durability, and safety in commercial and industrial applications.

Packaging & Logistics

◆ Packaging: Protected with shock - absorbing materials (e.g., foam, bubble wrap) to prevent damage during transportation. Shipped in sturdy crates or containers suitable for the size and weight of the air cooler.

◆ Delivery Time: Typically 8 - 18 working days after order confirmation, depending on order quantity and customization needs. Shipping can be arranged via freight carriers to ensure safe and timely delivery.